Carbon intensity of electricity — all countries

Carbon intensity of electricity — Latvia

Carbon intensity of electricity in Latvia in 2025 — 134 g/kWh. Ranked 20 in the world out of 91. Since 2000, the indicator has fallen by 8.9%.

2025 134 g/kWh +0% vs 2024
World rank 20of 91
Period maximum 224 g/kWh2019
Period minimum 119 g/kWh2023

Trend over time

2000–2025 · grams CO₂ per kWh

Carbon intensity of electricity — Latvia, 2000–20251001502002502000200320062009201220152018202120242000: 147 g/kWh2001: 148 g/kWh2002: 166 g/kWh2003: 171 g/kWh2004: 136 g/kWh2005: 130 g/kWh2006: 172 g/kWh2007: 164 g/kWh2008: 158 g/kWh2009: 147 g/kWh2010: 179 g/kWh2011: 197 g/kWh2012: 146 g/kWh2013: 187 g/kWh2014: 202 g/kWh2015: 220 g/kWh2016: 204 g/kWh2017: 141 g/kWh2018: 216 g/kWh2019: 224 g/kWh2020: 177 g/kWh2021: 176 g/kWh2022: 135 g/kWh2023: 119 g/kWh2024: 134 g/kWh2025: 134 g/kWh
Change over the period: −13 (−8.86%) Average annual rate: -0.37 %

Comparison, 2025

How the value compares with the world and the groups this territory belongs to: Latvia

Latvia 134 g/kWh
Europe & Central Asia computed 309 g/kWh
Northern Europe computed 119 g/kWh
Carbon intensity of electricity — Latvia, by year Latvia All countries CSV XLSX
Year g/kWh Change Change, %
2025 134 +0 +0%
2024 134 +15 +12.73%
2023 119 −16 −11.89%
2022 135 −41 −23.22%
2021 176 −1 −0.28%
2020 177 −47 −21.03%
2019 224 +8 +3.63%
2018 216 +75 +53.28%
2017 141 −63 −31.01%
2016 204 −16 −7.34%
2015 220 +18 +8.84%
2014 202 +15 +8.15%
2013 187 +41 +28.26%
2012 146 −51 −25.97%
2011 197 +18 +9.78%
2010 179 +32 +21.92%
2009 147 −10 −6.53%
2008 158 −6 −3.89%
2007 164 −8 −4.6%
2006 172 +42 +32.06%
2005 130 −6 −4.68%
2004 136 −35 −20.33%
2003 171 +5 +3.03%
2002 166 +19 +12.68%
2001 148 +0 +0.14%
2000 147

Northern Europe, 2025

The same indicator for neighboring countries — with links to their pages

About the indicator

Carbon dioxide emissions from the power sector per kilowatt-hour of generation. A single number into which the whole structure of generation folds: a coal plant gives about 820 grams per kilowatt-hour, a gas plant roughly 490, and nuclear, wind and solar single digits. The indicator therefore reads as a summary verdict on a power system and is especially useful for comparing countries with different generation mixes: one may have a lot of hydro and another nuclear, yet the result comes out close.

Important: Emissions from generating electricity are counted, without emissions from building the plants and extracting the fuel. Aggregates are weighted by generation and computed from 2000 onward.

Source: Yearly Electricity Data (Ember), license CC BY 4.0.